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Green Preparation of Ultra-fine Silver Particles in Ionic Liquid

机译:离子液体中的超细银颗粒的绿色制备

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A room-temperature ionic liquid, 1-n-butyl-3-methylimidazolium tetrafluoroborate([bmim]BF4), was synthesized with two-step method and its structure was characterized by IR, H-NMR. Putting p-benzenediol and AgNO3 ethanol solution into [bmim] BF4, ultra-fine silver powder were prepared successfully in this paper. The effects of the temperature and material mol ratio of AgNO3 and p-benzenediol on the shape of products were studied. The products were characterized by XRD, SEM, IR and TEM. The results showed that the particle size of silver was much smaller and in the range of nanometers, and had narrowly, uniform distribution, which indicates that the synthesis method using ionic liquid, is the better "green" and "environment friendly" method to prepare ultra-fine silver powder.
机译:用两步法合成室温离子液体,1-正丁基-3-甲基咪唑鎓四氟硼酸盐([BMIM] BF4),其结构的特征在于IR,H-NMR。 将p-苯二硫醇和AgNO3乙醇溶液加入[Bmim] BF4中,在本文中成功制备了超细银粉。 研究了AgNO3和p-苯二硫醇对产物形状的温度和材料摩尔比的影响。 产品的特点是XRD,SEM,IR和TEM。 结果表明,银的粒径小得多,在纳米的范围内,并且具有狭窄,均匀的分布,表明使用离子液体的合成方法是更好的“绿色”和“环保”方法来制备 超细银粉。

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